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ThunderJaw/hu_fasttext_resume_sections
hu_fasttext_resume_sections is a text classification model from ThunderJaw. Use it when you need a label for a piece of text.
This model is designed to classify sections within Hungarian resumes into categories such as Skills, Education, Experience, and others. It utilizes the facebook/fasttext-hu-vectors model as its base and has been fine-…
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Updated Jan 3, 2025
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From the Hugging Face model README
This model is designed to classify sections within Hungarian resumes into categories such as Skills, Education, Experience, and others. It utilizes the facebook/fasttext-hu-vectors model as its base and has been fine-tuned on the ganchengguang/resume_seven_class dataset. The dataaset was in English so I translated it into Hungarian. It's not the best approach but it still works.
This model leverages the facebook/fasttext-hu-vectors pre-trained embeddings to classify Hungarian resume sections into predefined categories. It has been fine-tuned on the ganchengguang/resume_seven_class dataset, which includes seven categories: Experience, Education, Knowledge, Project, and others.
This model can be used directly to classify sections of Hungarian resumes into categories such as Skills, Education, Experience, and others. It is suitable for applications in recruitment and resume analysis.
The model can be integrated into larger systems for automated resume screening, assisting HR professionals in efficiently processing and categorizing resume information.
This model is not intended for use with resumes in languages other than Hungarian. It may not perform accurately on resumes with non-standard formats or those containing significant amounts of non-Hungarian text.
The model has been trained on a specific dataset and may not generalize well to resumes with formats or content significantly different from those in the training data. Users should be aware of potential biases in the training data and the model's limitations in handling diverse resume formats.
Users should validate the model's predictions and consider incorporating human oversight, especially when dealing with resumes that deviate from the standard formats present in the training data.
The model was fine-tuned on the ganchengguang/resume_seven_class dataset, which contains English resume sections labeled into seven categories: Experience, Education, Knowledge, Project, and others. I translated the dataset into Hungarian.
The model was fine-tuned using standard text classification procedures, adjusting hyperparameters to optimize performance on the resume classification task.
The model's performance was evaluated on a held-out test set from the ganchengguang/resume_seven_class dataset, using accuracy and F1-score as evaluation metrics.
The training of this model was conducted on standard hardware, resulting in minimal carbon emissions. Users should consider the environmental impact of training large models and explore options for model distillation or quantization to reduce energy consumption.
The model is based on the facebook/fasttext-hu-vectors architecture, fine-tuned for the task of classifying Hungarian resume sections into predefined categories.
The model was trained my personal gaming laptop.